Stove



' N. PEMBERTON-B|LUN G.

STOVE.

APPLicATmN FILED lun' 23, 1919.

@M QM@ Inventum 7 SHEETS-SHEET l.

Pamnted Ang. 17, 1920.

N. PEMBERN-BLUNG.

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APPLICATION FILED IULV 23x19|9| r 153%95732. l v .Patented Aug. 17, 1920 7 SHEETS-SHEET 2.

y a y mwswfmn A N. PENIBERYON-BILLKNG'.,

STOVE.

APPLICATIUN F'FED JULY 23 191-9.

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N. FEMBERTON-BILUNG.

STOVE.

APPLICATION FILED JULY 23,1919.

Patented Aug. 17, 1920.r 7 SHEETS-*SHEET 5.

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N. PEMBERMMSILLING.

STOVE.

APPLICATION FILED luLY 23.1919.v

. Patented Aug. 1926..

7 SHEETS-SHEET 6.

TQM Q M N PEMBERTOMBILUNG.,

' STOVE.

APPLICMIOM FILEDJULY 23,1919.

112,349,732.A l K Patented Aug. 17,1920,

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,UNITED1 PATENT OFFICE. y

NOEL PEMBEnToN-BILLNG, or nsn'rronn, ENGLANI).

STOVE.

Application led July 23, 1919. Serial No. 312,854.

To all wLof/n. may conce/rn;

Be it known that I, Noni. Pniviisnn'ron- Elimine', M. P., a subject of the King of England, residing at lilertford, in the county oi2 lr'lertiiord, England, have invented certain new and useful Improvements in Stoves, of which the iollowin(r is a specification.

This invention is for improvements in or relating to domestic heatingand cookingstoves, and is particularly adapted, although not limited to that type of stove, by which a plurality of rooms may be heated from the one fire.

According to the present invention, a domestic heating-stove which is to be used for heatinga plurality of receptacles, for example, boilers, ovens or hot cupboards is characterized by a fire-chamber, (with or without a water jacket surrounding the said chamber), a lue communicating between the upper interior oi the fire-chamber and a port in a member outside the fire-chamber, another 'flue communicating with the lower end of the fire-chamber, and another port outside the said chamber, and a single distributing valve controlling the said ports and adapted to direct the main draft to any one or all of the said receptacles to be heated.

According to one construction, the said fire-chamber has a plurality of fire-place openings which are spaced apart around its vertical wall, and through which the fire in the tire-chamber can be exposed in two or more directions to the space around` the chamber-lor example to a plurality of dwelling rooms set around the stove, with the latter situated atl a meeting of the angles ol` adjacent rooms.

These and other features of the invention will be more clearly understood with reference to the following description taken in connection with the accompanying drawings, in which are illustrated two preferred forms of the invention and in which:-

Figure 1 di agrammatically illustrates a general assembly view "of the stove construction showing a kitchen range;

Fig. 2 is a, view looking from the right of .73 is a rear view of Fig. 1;

. 4 is a section on the line L -4 of on an enlarged scale;

. 5 a part section on the line 5--5 of Fig. 6 is a F ig. 4;

`llig'. 7 is,` a section on the line 7--7 of Fig. 6;

Fig. 8 lis a detail of a portion of a kitchen range;

Figui) is a diagrammatic View of a portion of the construction above the fire-chamber, showing the dra-ft passages therein;

Fig. l() is a detail oi one of the draft passages;

Fig. 11 is a detailed construction oi' a portion of a heating-device for a dwellingroom;

Fig. 12 .diagrammatically illustrates a modified construction of stove, in which the whole construction is used as a kitchen range; and

Figs. 13 and 14C diagrammatically illustrate a system of water supply.

Like letters indicatelike parts throughout the drawings. i

With reference to Figs. 1 to 11, the construction shown is composed of three main portions,` namely a lower portion containing the tire, ash-chute, kitchen range and fire-place; the central portion containingr ovens, boilers, etc., and the third portion containing a hot cupboard.. The stove as illustrated is adapted i'or heating four partsection on the line 6--6 of rooms-conveniently constituting a kitchen and three dwelling-rooms-with the one lire, the stove being situated at a meeting of the angles of different rooms. The boundaries of the meeting angles of the rooms `extend from the radial webs X which are diagrammatically illustrated in Fig. 5 and constitute or support reveals orthe fire-place openings.

Stoves of a similar general character have been described in my co-pending applications Serial Nos. 312,852 and 312,853, filed July 23, 1919.

To the outer edges of the reveals and at each side of the fire-place openings, doors may be conveniently hinged to swing about vertical hinges so that any one of the fireplaces can be shut oil' from its room. Such doors could be lagged with heat-insulating material or could have in them mica or like windows.

lhe fire-chamber is composed of two coaxial cylinders A and B, shown particularly in Figs. 4 to 7, closed at their lower ends by means of a main` base-plate C, and also closed at their upper ends. The cylinders Aand B are spaced apart as to their'side walls and upper ends, so as to term a water space or boiler between them.. Extending through the two cylinders are tour openfings, one 'for each room, and designated by the letter O in the drawings. Through these openings@ are t'uel charging openings O1,

- through rwhich uelmay be ted to the lires,

the openings O1 being closed Vby doors O2, hinged at their lower ends on horizontally y disposed hinges, which openoutwardly and assist as a guide to the charging oit the coal into the ,lire-chamber. The doorsl 01 in each roommay be conveniently covered by slides O3 shown in chain lines in Fig. e, and in full lines in Fig. 5, and these slides 03 can be moved downwardly to cover the openings O when the coal is being charged into the irechamber or vwhen it isjdesired to vary the draft through the tire.

Below .the level ot the lire-place openings and extending across beneath the lire-chaniber is a grate D, consisting otra trame havingV horizontal grate bars and. adapted to slide in guides D1. For effecting this, the handle D2 extends through the lower portion of the casing of the stove, preferably into Vthe kitchen range portion, so that by sliding Vout the grate D, the'entire ash contents of the-ire-chainb'er. may be shot on to a sloping plate Vor chute D3 along which it is discharged by gravity to a door D4, from which it may be conveniently removed.

That portionotv the stove beneath the tirel chamber is constituted by a boxdile structure D5, which contains in it a central chamber, asV illustrated, bounded by the `walls D" which contains the plate D3, and for that portion ofthe structure open to the kitchen, the Ybox-like,structure D5 provides receptacles D? for containing a coal supply. These receptacles are closed by doors D? as shown inF ig.1.

For the other rooms a portion of the box structure D, inclosed by doors such as D, F 2,. is used as a coal receptacle Yfor those rooms, and theseV receptacles are each separated' by division plates from one another and from the coal receptacles tor the kitchen. For the kitchen range there is a trent chamber E situated at the lower end ot' the tire-place opening O, andhaving a portY F11 diagrammatically illustrated in Fig. S coni- VIrlu1f1i-cating.with the lire-place. O of the kitchen-range. The drattcarrying the het line gases` canbeV .directed through the port El .into the chamber E and be circulated therein by the aid'ol any ci'nivenient bellies, and yeventually `Ybe removed theretroni through vertical lnes' .F at lett and right ot the v.lire-place opening O as shown particularly in Fig. S. At their upper ends the llnes F branch inwardly and communicate with a single port G1 in ay plate (l situated near the upper end o't the l'ire-clnunber.

lin Fig. 7 the port G1 in the plate (l is immediately below a` port in the control valve to be described hereinafter, and the reference letter (il refers to the port in the pla-te G, while the reference letter ll rel'crs to the port in the valve ll.

At the upper end ot the lire-chamber arc three ports, l), l, and l?, shown more particularly in Figs. land these ports extending between the interior ol' the lirechamber and the outer lacc olf the c vlinder B.

For controlling ports, l, l, l and (l, a single valve Il in the ilorm ol a llanged ovh inder has a sliding lit around the upper end oi: the cylinder l, and has in its 'flanged portion a port HI as previously described controlling the port (nl), and in the cylindrical portion the ports llt, ll and llI controllingl` ports l), l)l and l)2 in the manner to be dcscribed hereinafter.

Above the level ol.f the lire-chamber, the casing ot the stove is continued and 'contains in it ovens and boilers which are diagrammatically illustrated chiefly in Fig. il. Fac inL into the kitchen are three, main ovens l ill and J2. The ovens l1 and l2 are spaced apart from one another, and trom the oven il, and are held close to the outer casing shown in dotted lines in Fig. 9, the rel'erence letter Y referring to the main outside walls ot the entire stove structure. rlfhe oven .l is also spaced from two cupboards d, one on either side ot it as shown, the lower surfaces oi' the oven J and cupboards J;j being spaced it'rom the bottoni plate G. A\bo\'e, the ovens J1 and spaced il'rom their upper faces is a division plate extendingl transversely across the casing` ot the stove structure and indicated by the rc terence letter l.

The ovens l l1 and J2 and cupboards J are all closed by doors, those tor the cupboard J3 being preferably hinged at their lower ends and carrying quadrant plateholders on their inner faces. This is diagrammatically shown in Fig. .l at d", and by means of these holders plates to be warmed can be inserted in the holders and moved into' or witlulrawn troni the cupboards by closing or opening the doors.

Thus the central portion ot the stove is constituted by a chamber formed of the plates (5l and K and the sides Y and a back. From liront to back this chamber is divided by a central partition plate L, in the upper end of which are two ports L1 openingl` into a :"-shaped box LX constituting a liuc and supported on that face ot the plate D which is remote from the ovensjust described. li will be understood that the side plates Y close the ends ot the horizontal portion ol? this ue, so that the flue gases must pass down the center' or stem of the T which terminates at its lowerl end a short distance above the base plate Gr. Shaped to fit around the stem of the flneare two sets of boilers, each set consisting of upper' and lower boilers spaced from one another, one pair of boilers being designated M M1, and the other pair N N1. Assliown more particularly in Fi 2, 3 and 13 the boilers M M`1 are interconnected bymeans ofa pipe M1, and the boilers N and N1 by a pipe N1, both sets of boilers extending substantially across the width of the structure, although from front to back the lowermost boilers are inset from the backplate Y1 of the structure while the upper boilers are spaced a small distance from the division plate L. There is also a space left between the upper parts of the boilers M and. N and plate K. The latter is in communication at two cor-- ners with fines K1 communicating with this space.

lf desired a port L11 may be provided in the structure LX which can be closed by a hinged door L1. The latter may be moved by means of any convenient connection, extending for example into the kitchen, so as vto swing it downwardly to close access to thestem of the T-shaped portion, and to direct the draft through the port L3, or to close L3 and allow the draft to have access to the stem.

Thus in the latter case it will be seen that the draft which first enters into the space beneath the ovens in a manner to be hereinafter described, `can circulate around the ovens 1in a direction of the arrows, eventually passing out from contact with them through the ports L1, L1, then down `the stem of the T-shaped iiue to the spa-ce beneath the boilers M1, N1, around behind them in the direction of the arrows, so as to passover their upper surface and the lower surfaces of the boilers M N, then around the front of those boilers back over the top of them and through the iiues`K1.

The flues K1 are extended through the upper chamber which constitutes a hot cupboard and are branched inwardly at their upper ends to the main flue outlet K2 in connnunication with a chimney or other main draft outlet.

The water service for the stove is as follows within the upper end of the hot cup` board is a main hot cistern Q, connected in known manner with a feed cistern Q1 controlled by a ball-cock valve, and. in communication with the latter is also a subsidiary cistern Q2. The cistern Q is apprep .'iated for the supply of hot water for domestic use, and the cistern` Q2 is, in the example illustrated, for the supply of water to the boilers for' heatingr radiators. A downcomer pipe Q8 from the cisteln Qenters the Water-jacket surroundingthe firechamber at Q1' and a downcomer pipe Qr1 from the cistern Q2 is in connection with the boiler N1wh1. An uptalcepipe from the water-jacket surrounding the {irachamber is shown at Q and has two branclepipes Q1, Q connected with the boilers Mil and N1 respectively. The branch pipes Q7 and Q8 are controlled by a two-way valve Q11, so that either one `set of boilers M M1 or the other set N N1 maybe put in direct com munieation with vthe watei'jacliet-tliat is the main boiler. An uptake pipe Q13 is connected between boiler M and domestic hot supply cistern Q.

The Water service is diagrammatically shown in Figs. 13 and 1.4 in which a pipe Q10 is shown for supplying hot water for domestic supplies and flow and return pipes Q11 and Q12 are shown for the radiators also the pipe Q5 at-its lower end, is in communication with the pipe Q3, the latter being also connected to the boiler M1.

In operation, the stove as described so far may be worked as follows The fire in the lire-chamber may be eX- posed `through the lire-place openings O to any one or all of the rooms surrounding it, and for normal draft the valve H will be moved `to bring the port H2 into register with the port P1. In this position of the valve the port G11 will be closed by the flange of the valve, and the other ports P and P1 will be half and a quarter open respectively by the ports in the cylindrical portion. The main draft of the fire then takes place upwardly through the `{ire-chamber and out through the ports P P1 P2 into the space beneath the ovens and boilers. From thence it travels in the direction of the arrows shown in Fig. 9 and in the manner hereinbefore described to the fines K and K2, the larger portion of the draft passing around the ovens and thence to the boilers and a smaller portion direct to the boilers.

When, however, it is desired to heat more intensely the chamber E which constitutes hob 0r hot-plate the valve is turned into the position shown in Fig. 7, so that the port H1 uncovers the port G1, while the ports P P1 and P2 are all closed. The draft then has to pass through the flues F and be` fore reaching these fines it travels within the chamber E. After, however, passing through the fines F it is again admitted to the space beneath the ovens, and the subsequent circulation is as hereinbefore described arouudthe ovens andboilcrs. Should it be desired, however, to heat for example the radiator circuit more intensely than other parts, the valve H is moved until the port H2 uncovers the port P, which directs the bulk of the draft immediately underneaththc boilers N, N1, thus giving out to the boiler N1 the most intense heat and cutting Ypartially Vor completely closed and the bulk of the draft will be directed immediatelyT Vunderneath the boilers M M1 thus causing the most intense heat to be directed to the boilers for domestic supply. It will be understood that intermediate positions for the valvecan be utilized to bring about a partial main heating of more than one of the various receptacles to be heated arid that graduations in temperature of the various parts may be brought about by the suitable operation of the valve H.

The valve'H couldconveniently be modified from the form in which it is shown, by eliminating the cylindrical portion, that is to .say the top'of the lire-chamber would terminate at the level of the plate G, and would vhave its three ports P l and P2 opening into that flat surface. A circular disk, constituting the valve, fand having ports similar to those previously described could be-employed for controlling the ports in the plate Grin a similar manner.

"Eer moving either type of valve` the following mechanism is employed: On the flange of the valve is a toothed rack H5 meshing with a pinion R on a spindle R1, which carries at its other end a pinion p51 meshing ywith another pinion R,g supported ona spindle R4.r The spindle R4 also ycarriesk an indicator disk B5 which moves with the pinion R3 in relation to a fixed index RG. The indicator disk would have suitable markingsuto indicate the position in which the'valvfe isset Yby movement of the gear, the gearing being such that one complete rotation of the disk takes place during one complete rotation'of the valve, preferably by rotating the spindle R1. l i n Conveniently over the whole outer surface of the sidesof the stove structure above .Y the level ofthe fireplace opening, (that is to say .that .portion designated for example by thev reference Y .of the structure containing the ovens, boilers and hot cupboard and eX- posed tothe rooms) is an outer skin formed of a number of transversely arranged hinged Vslats* S, shown in Fig. ll, having a lagging face of which the upper walls of the main structure are formed, thereby healing the rooms. Any convenient means for operating the slats on the Venetian blind`` p1in ciple may be employed.

Fig. l2 shows diagranmlatically a modification in which a stove embodying the present invention may be used solely for kitchen purposes. lt consists of the central firechamber indicated by the reference letter constructed in the manner hereinlalore described, and provided with valves, flucs. ports and valve operating means also as hereinbefore described. rl`he space, however, all around the fire-chamber )t is clear and the chamber E extends from all sides around the chamber A as indicated. Faelsupply boxes, ash chute and other fittings are as reviously shown. and at the upper end of the fire-chamber any number olt receptacles of which four are. shown diagrammatically, may be provided and may comprise ovens, boilers, etc. rllhe valve. controls ports in such a manner that the draft may be directed to any one receptacle or set of' receptacles, and the fire-chamber .f\ may have several fire-place openings or may be provided with a single opening` as may be found most convenient.

.lt is obvious that although two constructions have been described in detail in the foregoing description, many of the details of the construction may be modified and varied without departing from the spirit ot the invention.

lllhat l claim as my invention and desire to secure by Letters Patent is l. For a domestic heating stove which is to be used for heating a plurality of receptacles, the combination of a lire-chamber, a flue communicating between the upper in terior of the fire-chamber and a port in a member outside the fire-chamber, another flue communicating between the lower end of the tire-chamber and another port in a meniber outside the fire-chamber.y and a single distributing device for the flue. gases issuing through the said ports, said device being adapted to direct the main draft to .any one or all of the receptacles to be heated.

2. For a domestic heating stove which .is to be used for heating a plurality oi' receptacles, the combination of a fire-chamber, a water jacket surrounding the fire-chamber, a iiue communicating between the upper interior of the fire-chamber and a port in a member outside the fire-chamber, another flue communicating between the lower end of the fire-chamber and :mother port in a member outside the fire-chamber` and a single distributing device for the flue gases issuing through the said ports, said device being adapted to direct the main draft to any one or all of the receptacles to be heated.

3. For a domestic heating stove which is `to be `used ror heating a pluralityofrecepf tacles2 the combination of a lirechamber having a plurallty oi nre-place openings which are spacedapart around its vertical wall, and throughlwhich the fire in the ire chamber can be exposed 1n two or more d1- rections to the space around the chamber, a

line communicating between the upper interior of the hre-chamber and a port 1n a member outside the fire-chamber, another flue communicating between the lower end f' communicating between the lower end of the lire-chamber and another port in a meinber outside the lireechamber, a single distributing device for thelue gases issuing through the said ports, said device being adapted to direct the main draft to any one orall o'f the receptacles to be heated, and an ash chute disposed beneath the grate in the tirechamber and contained in a closed boxlike structure below the irechamher, the chute sloping downwardly from beneath the grate toward an outlet in the wall of the box-like structure. d

5. For a domestic heating stove which is to be used for heating a plurality of receptacles, the combination of a irechamber, a

water-jacket surrounding the lire-chamber, a lue communicating between the upper interior of the lire-chamber and a port` in a member outside the lire-chamber, another liuc communicating between the lower end of the lire-chamber` and another portV in` a member outside the fre-cha1nber, anda single distributing device for the {lue-gases issuinglthrough the said ports, said device being adapted to direct the main draft to any desired number of the receptacles to be heated, said receptacles including ovens and boilers all situated above the upper end of the `fire-chamber.

6. Fora domestic heating stove which is tobe `used for heating a plurality oi `receptacles, the combination of a ire-chamber having a plurality of hre-place openings which are spaced apart around its vertical wall and through which the lire in the irechamber `can be exposed in several directions tothe space around the chamber, a waterjacket surrounding the rechamber, a flue communicating between the upper interior of the fire-chamber and a port in a member outside `the refchamber, another `flue communicating between the] lower end of the Vlire chamber and another portin a member tacles, the combination of a fire-chamber,"

a waterjacket surrounding the firc-chan'ibcr,

a liuc comniuiiica ting between the upper 'in` terior of the fire-chamber and a port in a member outside the `ire-chamber, another flue `communicating between the lower end of the fireehamber and another port in a member outside the ire-chamber, a single distributing device for the flue-gases issuing through the said ports, saidilevice being adapted to direct the main draft to `any de sired numberlol the receptacles to be heated, and an ash chute disposed between the grate in the fire-chamber and contained in a closed box-like structure below the fire-chamber, the chute sloping downwardly Afrom beneath the grateitoward an outlet in the wall of the box-like structure.

8. For a domestic heating stove which is to be used for heating a pli fality of receptacles, the combination ota fire`-chamber, a water-jacluft surrounding the fire-chamber, a flue communicating between thelupper in terioroi the firc-cliainber and a port in a member outside'the fire-cintmber, another lflue communicating between the lower end of the frire-chamber,` and another port in a member outside the fire-chamber, a single distributing device Jfor the Hue-gases issuing through the said ports, `said device being adapted to direct the main draft to any de sired number of the receptacles to be heated,` and an indicator operatively connected with one end-member oil a train of gears of which the other end-member is ope "atively connected with the distribi'iting device aforesaid,

9. For a domestic heating stove which .is to beused for heating a )lurality of receptacles, the combination of a fi11e-chamber, a lflue coinnnin'icating between the upper interior of the lire-chainbcr and a port in a member outside the lire-chamber, another flue communicating between the lower end of the `tirechamber and another port in a `member outside the fire-chainber, a single distributing valve 'for the flue gases issuing through the said ports, said valve being adapted to direct the main draft to any one or all of the receptacles to be heated, and an indicator operatively connected with one end-member of a train olf gears of which the other end member is in ieratively connected with the distributing device aforesaid.

10. For a domestic heating stove which is to be used for heating a plurality of receptacles, the combinationof a fire-chamber having"r a plurality of fire-place openings'which are spaced apart around its'vertical wa'l1,` and through which the fire in the Hre-cham- If, outside the fire-chamber, another Hue coml` municating between the lower end of the fire-chamber and another port in a member outside the fire-chamber, a single distributing valve for the Hue gases issuing through the said ports', said valve being adapted to direct the Ymain draft tojany one or alliof thereceptacles to be heated, and an indicator operatively connected with one end member of a train of gears of which the other end member is operatively connected with the valve aforesaid.

11. For a domestic heating stove which is Ytobpe used for heating arplurality of receptacles, `the combination of a fire-cham- Y ber, a Hue communicating between the upper interior of the fire-chamber and a port in a member outside the fire-chamber", another Hue communicating between the lower end of the fire-chamber and another port in a member outside the lire-chamber, aV single distributing valve controlling the said ports and adapted to direct the main draft to any one or all of the receptacles to be heated, an ash chute beneath the fire-chamber and contained in a closed box-like structure below the fire-chamber, the chute sloping downwardly from beneath the grate on toward an outlet in the wall of the box-like structure, and an indicator operatively connected withv one end membervof a train of gears of which the other end member is operatively connected with the valve aforesai c 12. A domestic cooking-apparatus comprising in combination a fire-chamber, a water-jacket surrounding said fire-chamber, a hollow base chamber at the lower endY of the fire-chamber, receptacles to be heated' and disposed at the upper end of the Hrechamber, a Hue Acommunicating between the upper interiorY of the lire-chamber and a port i-n a member outside the fixe-chamber,

I means to lead the draft from the fire space of the lire-chamber into the said lower hollow chamber, Hues leading from the latter to another port in a member outside the said chamber, and a single distributing device controlling the saidports and adapted to direct the main draft in its passage from the fire-chamber to anyone or all of the said: vreceptacles and base-chamber.

13. For a domestic heating stove which is to bev used forheating a plurality of receptacles, the combination of a fire-chamber, a member outsideV the fire-chamber having ports in it,'a Hue communicating between Leiter/s2' the upper interior of the fire-chamber and one of the Yports in said member. another Hue'communicating between the lower end of the iirechamber and another port in said member, a single distributing device for the Hue gases issuing through the said ports, said device being adapted to direct the main draft to any one or all of the receptacles to be heated, said receptacles including ovens and boilers situated above the upper end of the hre-chamber.

Y I 1st. For a domestic heatine' stove which is and 'which include ovens and boilers all situated above the upper end of the lire-chamber, and a hotl cupboard situated above the ovens and boilers, having in it a llue and means-to direct a portion of the draft through the said Hue.

15. or a domestic heating stove which is Hto be used for heating a plurality of receptacles, the combination of a fire-chamber, a Hue communicating between the upper interior of the lire-chamber and a. port in a member outside the fire-chamber, another Hue communicating between the lower end of the fire-chamber and another port in a member outside the fire-chamber, a single distributing device for theA Hue gases issuing through the said ports, said device being adapted to direct the main draft to any one or all of the receptacles to be heated. ovens and boilers above the upper end of the fire-chamber and inclosed in a casing common to them all, the ovens being separated from the boilers by a vertical partition within the casing, and llnes arranged toI lead the draft from the oven section to the boiler section of the casing.

16. For av domestic heating stove which is to be used for heating a plurality of receptacles, the combination of a fire-chamber, a Hue communicating between the upper interior of the fire-chamber and a port in a member outside the fire-chamber, another Hue communicating between the lower end of the fire-chamber and another port in a. member outside the lire-chamber, a. single distributing device for the Hue gases issuing through the said ports, said device being adapted to direct the main draft to any one .or all of the receptacles to be heated, ovens and boilers above the upper end ot the lirechamber and inclo'sed in a casing common to them all, the ovens being separated from the boilers by a vertical partition Within the casing, and lues arranged to lead the draft from the oven section to the boiler section of the casing, a het cupboard above the ovens and boilers, and fines Within the hot cupboard into which the draft is directed from the boiler section of the casing aforesaid.

17. A domestic stove having a fire chamber for burning solid fuel, from which!l chamber is heated a series of receptacles, cmnprising a room, a boiler, an oven and a het plate, said fire chamber having a series of ports leading therefrom, and a single means controlling said ports for directing heat to any desired number of said receptacles, substantially as described.

18. A domestic stove, comprising a fire chamber for burning solid fuel, a Water jacket surrounding said chamber, there being a series of ports opening from outside the jacket into the interior oi the lire chamber, a series of receptacles to be heated when said ports are opened, and a single means for controlling said. ports, substantially as described.

19. A domestic stove, comprising a fire chamber for burning solid fuel, said chamber having a series of ports therein, a main heating chamber' in communication with said ports, said chamber having heating p openings through the sides thereof, a single means for regulating said openings, a series et' receptacles in said chamber, and means for regulating the ports in the iire chamber for controlling the heating oi any of said receptacles, substantially as described.

In testimony whereof I have signed my name to this Specification.

NOEL PEMBERTGN-BLLING. 

